Research areas: Sensor data fusion (radar, Lidar, video), estimation, multiple target tracking, finite random set, classification tactical situation assessment, threat evaluation.
Saclay
Research areas: Economic intelligence, technology monitoring, competitive and legal intelligence.
Saclay
Research areas: Information fusion, reasoning under uncertainty, knowledge engineering, serious games, situation assessment.
Toulon
Research areas: Area surveillance, atmospheric effects on electromagnetic propagation, image processing, optronics, performance simulation of surveillance systems in maritime environments.
Toulon
Research areas: Applied mathematics, Anomaly and abnormal behavior detection, Uncertainty management and modeling, Artificial intelligence & machine learning, Belief function theory, Probabilistic and statistical methods, Simulation and complex system analysis.
Saclay
Thesis subject: 3D LiDAR network for UAV detection in urban environments.
Research areas: Multi-target detection and tracking, data processing, LiDAR technology, data fusion, counter-UAV warfare, machine learning, artificial intelligence.
Saclay
Thesis subject: Quantum algorithms for solving nonlinear partial differential equations.
Research areas: Quantum computing, numerical simulation, Computational Fluid Dynamics (CFD), mathematics.
Saclay
Thesis subject: Data fusion of sensors for target acquisition in complex environments.
Research areas: Perception, Algebraic Topology, Lidar, Event camera, Neural networks.
Saclay
Thesis subject: Assistance in reasoning under inconsistencies for uncertainty resolution.
Research areas: Dempster-Shafer theory, uncertainty, consistency, information fusion, knowledge-based engineering, conflict, Human Systems Integration.
Toulon
Thesis subject: Surrogate models of urban floods based on Physics-Informed Neural-Networks.
Research areas: Applied Mathematics, Artificial Intelligence, Modeling, Numerical Simulation, Hydraulics.
Toulouse
Thesis subject: Unveiling pseudorandom event patterns in spatiotemporal series: Alert interpretation and forecasting.
Research areas: Reasoning under Uncertainty, Information Fusion, Decision Support.
Toulon
Thesis subject: Passive radar for object detection in urban environments.
Research areas: Signal processing, image processing, artificial intelligence, data fusion, multi-object detection and tracking.
Saclay
Thesis subject: Robustness and privacy for AI models: Enhanced applications of homomorphic encryption for data protection.
Research areas: Deep learning, Fully Homomorphic Encryption, Applied Mathematics.
Saclay
Research areas: Satellite image processing: 3D reconstruction, multimodal image registration, sampling theory. Downstream applications: digital twins and flash flood forecasting.
Toulouse
Research areas: Research areas: Signal Processing (Surveillance Radar and Surface waves Radar), Antenna arrays, Detection and Tracking (Linear and Nonlinear filtering techniques (Particle filtering)), Automation, Ballistic computation, Radionavigation.
Toulouse
